
Founded by Sohrab Haghighat & Kevin Chu
Theyhave felt this pain firsthand. Kevin and Sohrab were both early employees at Cruise. Kevin led the AV engineering team, scaling it from 20 to 300+ people. Sohrab founded the rocket company SpaceRyde (YC W19) securing millions in launch contracts and led laser tech development at Mitsubishi. They have built and shipped AI for self-driving cars, surgical robotics, and rocket launches. Now, they are fixing hardware development.
Mechanical engineers are fast at conceptual design but get buried in "click-work." Getting a concept ready for manufacturing takes countless, manual and error-prone clicks to assign constraints and dimensions.
As one of their users said:
Only a third of my time goes into real design work. The rest is just clicking through sketches and dimensions, and I can only click so fast.
The team built “Sketch Helper,” a copilot for sketching in CAD.
It understands your design intent and proposes your next move, may it be adding constraints, missing dimensions, or even additional geometries to your sketch. You can preview any of the proposed changes in a red overlay and accept it with a single keystroke.

Next, they are going to expand into full 3D and build “Mate Helper” and “GD&T Helper” to help not just with design but as well as design for manufacturing.
The biggest problem in hardware is the silo between design and manufacturing, which leads to endless, costly iterations.
The push to reshore American manufacturing has hit a major bottleneck: we lack the deep bench of manufacturing experts we once had. As Tim Cook noted, the skilled tooling and manufacturing expertise is no longer concentrated here (https://youtu.be/_ng8xQ-SNGc?si=WzfP4aCJmec1lJo4&t=547).
Their AI learns design intent by observing an engineer's actions in CAD. By starting with sketching, they are building the foundation model that understands why a part is designed a certain way.
This is the key to an AI that can provide real-time manufacturability feedback, bridging the gap between design and manufacturing and automating the tooling design process.